Details about Ethics concepts and its principles.

1. P. Nandakumar
AP/CSE
CAHCET

2. The course will develop a framework on
which professional and ethical issues can
be analyzed, and build up an awareness of
various views of ethical issues as well as
professionals ethical rights and
responsibilities.

3.  The measure of success is how much new we
learn and if we can notice any change in the
attitudes (sensitivity) to the problems of
professional ethics.
 Course: 70 % lectures, 30 % discussion
 Grading (A,B,C,D,E) : 70% (Mid and final test),
30% assignment (cases, discussion)

4.  Ethic and professionalism
 Scope, responsibility, professionalism
 Moral reasoning and code of ethics
Professionalism
 Ethical dilemma, moral choices,
 Code of Professional ethics
Moral framework
 Stages of Moral Development
 Utilitiarism, duty ethics, vitue ethics, right ethics

5. Engineering as social experimentation
 Engineering experimentation
 Engineers as responsible experimenters:
Consciousness, Comprehensive perspectives, Moral
autonomy , Accountability,
 Commitment to safety
 Safety and risk
 Assessing and reducing risk

6.  Workplace responsibility and right
 Teamwork
 Confidential and Conflict of interest
 Rights of engineers, Whistleblowing
 Honesty
 Thrutfulness, truthworthiness, integrity
 Consulting engineers
 Expert witness

7.  Environmental ethics
 Engineering, Ecology and Economics
 Ethical frameworks
 Global Issues
 Multinational corporations
 Computer ethics and the internet
 Weapon development

8.  Engineers and technological concept
 Cautious optimism
 Moral leadership
 Case study (group assignment)
 Ford pinto
 DC 10
 Challenger
 Bhopal
 Etc

9.  Concerns the goodness of voluntary human
conduct that affects the self or other living
things
 Morality (Latin mores) usually refers to any
aspect of human action
 Ethics (Greek ethos) commonly refers only to
professional behavior

10.  When students enter the professional world,
they will be expected to follow an explicit
or implicit ethical code.
 To responsibly confront moral issues raised
by technological activity
 How to deal with ethical dilemmas in their
professional lives?
 To achieve moral autonomymoral autonomy

11.  Situations in which two or more moral
obligations, duties, rights, or ideals come
into conflict.
 To resolve we must identify the factors,
gather facts, rank moral considerations,
consider alternative courses of actions, and
arrive at a judgement.

12. Josephson Institute of Ethics
Ethics refers to standards of
conduct . . . that indicate how one
should behave based on . .
.principles of right and wrong. As a
practical matter, ethics is about
how we meet the challenge of
doing the right thing

13.  Pre-conventional Level
Whatever benefits oneself or avoids
punishment
 Conventional Level
Uncritical acceptance of society’s rules
 Post-conventional Level
Moral autonomy

14.  Autonomous individuals think for themselves
and do not assume that customs are always
right.
 They seek to reason and live by general
principles.
 Their motivation is to do what is morally
reasonable for its own sake, maintaining
integrity, self-respect, and respect for others.

15.  “One who breaks an unjust law must do so
openly, lovingly, and with a willingness to accept
the penalty. I submit that an individual who
breaks a law that conscience tells him is unjust
and willingly accepts the penalty… is in reality
expressing the highest respect for the law.” Rev.
Martin Luther King, Jr. in Letter from a
Birmingham Jail, 1963.

16.  Principle: Certain aspects of right and wrong
exist objectively, independent of culture or
personal opinion.
 Accepting this principle is essential for ethics to
discern an objective reality rather than just
define a subjective standard.

17.  Prudence (mind): to think about a moral
problem clearly and completely
 Temperance (emotions): control attraction
to positive emotions
 Fortitude (emotions): control aversion for
negative emotions
 Justice (will): choose according to truth and
fairness.

18.  People should try insofar as possible to
continue to progress in the moral life
 The obligation to avoid what is bad
outweighs the obligation to do what is
good.
 Or, the end does not justify the means.

19.  Morality concerns the goodness of voluntary
human activity that impacts the self or other
living beings.
 Assuming we have not deliberately allowed
ourselves to remain ignorant, powerless, or
indifferent, we have complete moral
responsibility for what we do with adequate
knowledge, freedom, and approval.

20.  What is a “profession”?
 What is “ethics”?
 What is “professional ethics”?
 Ethical theories
 Thinking about professional ethics
 Professional values
 Codes of Ethics

21.  It is always wrong to intentionally take an innocent
life?
 The right course of action is to weigh the
consequences of action and choose the action that
leads to the greatest good for the greatest number?

22.  The first is “Kantianism”
 Kant: Right or wrong regardless of
consequences
 The second is “Utilitarianism”
 Utilitarianism: Right or wrong depending on
consequences
 Most people agree with both positions

23.  The hijacked plane with 200 people is approaching
a building with 50,000 people
 Vote! Will you shoot down the plane?
 You cannot subscribe to both principles in the case.
 A true moral dilemma
 Which position has the greatest weight in the
circumstances?

24. Aim to show several different ways to think through
a problem in professional ethics, rather than merely
describe what professionals say are their problems
(sociology of ethics).
“Profession”
“Ethics”
“Professional Ethics”

25.  All professions are occupations, but not
all occupations are professions
 Can take a broad or narrow view of what
is a “profession”
 A “self-regulated occupational group
capable of legally prohibiting others
(including incompetent or unethical
members) from practising” is a narrow
view

26.  Group identity
 Shared education, training --
requirements for admission
 Special uncommon knowledge
 Knowledge used in the service of others…
positive social need
 Involves individual judgment, (some)
autonomy in decisions
 Adherence to certain values
 Penalties for substandard performance

27.  Matter of degree … there are many
“emerging professions”.
 Obstacle in the way of the OHS
professional is the diverse nature of
practice with competing co-professionals.
You are not a professional until you are a
member of a group of colleagues who
have articulated a set of standards and
values and can enforce them, at the very
least, by exclusion from the group.

28.  Possesses specialized knowledge and skills
 Belongs to and abides by the standards of a
society
 Serves an important aspect of the public good

29.  Has a bachelor’s degree in engineering from
an accredited school
 Performs engineering work
 Is a registered P.E.
 Acts in a morally responsible way while
practicing engineering

30.  Must be independentMust be independent (Whitelaw)
 Must serve employerMust serve employer (Florman)
 Must satisfy two general criteriaMust satisfy two general criteria
(1)Attain high standards of achievement in
education, job performance, and creativity.
(2)Accept moral responsibilities to the public,
their employers, clients, colleagues, and
subordinates.

31.  Skill, competency in work
 Relational element – work will be
beneficial to others
 Work itself doesn’t have moral status
 Execution of work has moral status
Recognizing when We’re in the Realm of
Ethics
Watch the language:
Right and wrong -- Actions
Good and bad -- Motives, methods, goals

32.  How we view ourselves:
 Problem-solvers
 Engineering is enjoyable; esprit de corps
 Engineering benefits people, provides a public service
 Engineering provides the most freedom of all professions
(Florman, 1976)
 Engineering is an honorable profession

33.  How the public views engineering:
 The Engineer’s Role
 Engineers as Utilitarians
 Engineers as Positivists
 Applied Physical Scientists
 This role does not mesh well with an overarching
“social science” bias of the public.

34.  Rational, pragmatic, logical and systematic
approaches to problem solving tend to alienate the
engineer from the public
 Only a 50% “Very High” or “High” rating on honesty
 Consistently behind medical field and
teachers
 A public relations problem, not an ethics
issue per se.
 “Best Practices” to include applied social
science

35.  Purpose… Helps professional decide when
faced with a problem that raises a moral
issue
 Complexity … Can be many people, with
many issues involved … may be involved
history to the issues … may be an issue WHO
decides, not just WHAT decided.

36.  As occupations become more specialized,
the ethical issues become more
specialized
 Professional societies have increased
efforts to establish ethical codes to guide
members
 Increasing public scrutiny, lack of
traditional deference
 Regulatory oversight, public protection

37.  The study of the moral issues and decisions
confronting individuals and organizations
engaged in engineering
 The study of related questions about the
moral ideals, character, policies, and
relationships of people and corporations
involved in technological activity.
* from Martin. M. & Schinzinger, R. Ethics in Engineering (3rd
Ed.) (New York:
McGraw-Hill, 1996, pp. 2-3.

38.  Where the ethical issues can arise:
 Conceptualization, Design, Testing, Manufacturing,
Sales, Service
 Supervision and Project Teams
 Project timelines and budgets
 Expectations, opinions, or judgments
 Products: Unsafe or Less than Useful
 Designed for obsolescence
 Inferior materials or components
 Unforeseen harmful effects to society

39.  Other fields where ethics are critical
Medical Ethics, Legal Ethics
Business Ethics (closest to Engineering Ethics)
Scientific Ethics
 An “applied ethics” domain (rather than a theoretical
analysis of philosophy)
 Engineering occurs at the confluence of technology,
social science, and business
Engineering is done by people and for people
Engineers’ decisions have a impact on all three areas
in the confluence
The public nature of an engineer’s work ensures that
ethics will always play a role

40.  Impacts of an engineer’s ethical decisions:
 The Products & Services (safety and utility)
 The Company and its Stockholders
 The Public and Society (benefits to the people)
 Environment (Earth and beyond)
 The Profession (how the public views it)
 The Law (how legislation affects the profession and
industry)
 Personal Position (job, internal moral conflict)

41.  Typically, good ethical decisions…
 …may be just that: “good,” but rarely “great” or “ideal”
 …will not always be in the best interest (irrespective of
the timeline) of all stakeholders
 …are not automatic but require thought, consideration,
evaluation, and communication (much like the “design
process”)

42.  Morality – making choices with reasons
 Ethics – the study of HOW the choices are
made, ie “ethics is the study of morality”
 Often use “ethics” and “morality”
interchangeably

43.  General Ethics – individual as member of
community, broader range of issues, “top
down” principles
 Professional Ethics – moral expectations
specific to the occupational group, tend
to focus on concrete “bottom up” cases
 Professional Morality – what we do in our
occupational lives
 Professional Ethics – the study of what we
do in our professional lives

44.  Law – the authority is external
 Ethics – the authority is internal
 Much of law, but not all, is based in morality
 Sometimes law is unethical
 Much of what is ethical is unaddressed by
legal rules

45.  There is a moral duty to obey the law (with
some caveats)
 Professional ethics covers more issues than
the law
 One can be unethical without behaving
illegally
 Rare – ethically must resist the law

46. Be very careful not to embark in an exercise in
ethical analysis when there is a clear legal rule
in the situation that trumps the entire process
of ethical analysis.
Be very careful not to assume that there is a
legal rule for every situation. Often the gaps
between legal rules require one to switch to an
ethical analysis.

47.  Descriptive ethics – “What IS”
 Prescriptive ethics – “What OUGHT to be”
 We do not seek to study professional ethics as a
sociologist would, but to assist with choices about
what one ought to do.
 2002 British study by Burgess and Mullen: 77% of
hygienists had witnessed ethical misconduct by
colleagues within last 5 years.

48. Most common cases:
 Plagiarism
 Confidentiality of data
 Faked data
 Criticizing colleagues for gain
 Holding back, disguising data
 Destruction of data
 Not reporting incident deliberately

49. Patricia Logan 2001, USA. Reported reasons for
misbehavior, hygienists:
 Economic pressure
 Transition from employee to consultant results
in compromises
 Working in foreign countries
 Lack of legal standards
 Working on contingency basis
 Decrease in job security

50. Two very different ways of reasoning.
Descriptive, or scientific, studies of
professional ethics help us identify issues that
need to be included in Code of Ethics and in
educational programs. Gives us our “case
studies”.

51.  “What OUGHT to be”
 The words used are different… good-bad,
right-wrong, just-unjust
 Thought processes use values, goods, virtues,
rules, ethical theories, moral reasons, moral
explanations, and moral decisions.